From the perspective of the construction of photovoltaic power plants, most of the wind power capacity of photovoltaic power plants is determined by photovoltaic supports and counterweights. The solar photovoltaic support is a special support for the placement, installation and fixing of solar panels in solar photovoltaic power generation systems. The general materials are aluminum alloy, carbon steel and stainless steel. In theory, the maximum wind resistance of the solar bracket is 216 km / h (17 typhoons), and the solar tracking bracket is the most resistant to wind 150 km / h (more than 13 typhoons).
Although brackets and counterweights are the key factors affecting the wind resistance of photovoltaic power plants, factors such as PV power plant layout, product quality, and installation angle cannot be ignored. To solve these problems is very simple, that is to find a reliable PV power plant brand, they will calculate the wind resistance, snow pressure and other factors according to the actual situation of the local, design the optimal layout, angle, weight. During the construction process, you can ensure wind resistance without cutting corners.
What should I do before the typhoon comes?
1. Before the typhoon transit, timely and meticulously check the installation of the photovoltaic power station, including whether the screw fasteners and fasteners are tightly fastened, and check whether the medium pressure block and the side pressure block of the photovoltaic power station are loose. Fasten in time.
2. For PV power plants installed with pick-up hooks and fixtures, check that the hooks and fixtures are installed securely. For photovoltaic power plants installed on flat roofs, the stranded components on the windward side can be bundled and fixed with double strands of 2 mm square wire. For power stations with smaller fixed piers, sandbags can be used to increase the weight of the power station.
3. For the photovoltaic power station without protective brackets, install and fasten the windproof pull rods to prevent the photovoltaic supports from twisting with the wind; the ground power station should handle the ground anchors on both sides of the array.
4. For the roof power station, the quality of the building should be checked regularly to ensure the quality of the building on which the photovoltaic project is based.
5. Consider buying PV insurance,
The Shuogu Photovoltaic Laminator efficiently produces solar modules that meet safety standards.